• Implemented a modernisation plan that includes phasing out legacy platforms in favor of off-the-shelf IFVs

• Increased mobility and survivability with new MBTs

• Improving firepower and situational awareness through the acquisition of vehicles

• Advantages of using uncrewed vehicles and intelligent armoured vehicles on the battlefield
• How autonomous technologies such as AI and machine learning can be applied to improve the performance of armoured vehicles, including the potential for automated control, sensory systems and image recognition
• The challenges of designing autonomous systems for armoured vehicles, such as the safety and security of the technology and the complexity of decision-making required to operate safely in a variety of situations

·       Army integration of VR and simulations to improve the delivery of training to troops on a large scale

·       The challenges that come with training for multi-domain operations; enhancing investment during peacetime

Understanding the dimensions of MDO and preparing soldiers for these: terrain, human factors, information

·        As recent military actions in Ukraine demonstrate, land warfare continues to be increasingly complex. What lessons can we draw from recent activities in Ukraine?

·       Is there evidence to support claims that armoured vehicles are generally vulnerable in the modern battlespace?

Aside from technology, what role are other factors like training, terrain and tactics playing?

·       Lessons learnt from Ukraine conflict

·       Enhancing MBTs mobility and firepower

·       How Turkish Industry is enhancing Survivability through Active Protection Systems 

·       Implemented a modernisation plan that includes phasing out legacy platforms in favor of off-the-shelf IFVs.

·       Increased mobility and survivability with new MBTs

·        Improving firepower and situational awareness through the acquisition of vehicles.